Monte Carlo track-structure simulation provides a near accurate description of the passage
of charge particle in water as a surrogate for biological tissue. Radiation transport codes and …

Over the past decade, experimental microscopy and spectroscopy have made significant
progress in the study of the morphological, optical, electronic and transport properties of …

The dielectric description of the dynamical potential induced by swift protons in solids and
the related stopping power is analyzed, using a combination of Mermin-type dielectric …

We have calculated the electronic stopping power and the energy-loss straggling parameter
of swift He, Li, B, and N ions moving through several oxides, namely Si O 2, Al 2 O 3, and Zr …

We propose an improved method for calculating electron inelastic mean free paths (IMFPs)
in solids from experimental energy-loss functions based on the Mermin dielectric function …

The electronic stopping power of liquid water for protons over the 50 keV to 10 MeV energy
range is studied using an improved dielectric response model which is in good agreement …

This work investigates the detailed difference between dielectric function models, the
Mermin model and the full Penn algorithm (FPA) model, for the determination of an electron …

We have calculated the electronic energy loss of proton and α-particle beams in dry DNA
using the dielectric formalism. The electronic response of DNA is described by the MELF …

Energetic carbon ions are promising projectiles used for cancer radiotherapy. A thorough
knowledge of how the energy of these ions is deposited in biological media (mainly …

We have calculated the inelastic mean free path, stopping power, and energy-loss
straggling of swift electron, proton, and α-particle beams in a broad incident energy range in …